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CRG scientists will explore new treatments for Retinitis Pigmentosa and melanoma

NEWS

25
Jul
Wed, 25/07/2018 - 13:25

CRG scientists will explore new treatments for Retinitis Pigmentosa and melanoma

La Caixa Banking Foundation announced today the 20 awarded projects in its 1st Health Research Call. The CRG will lead and host two of the twenty awarded projects out of the more than 780 projects that were submitted.

 

CRG group leaders Maria Pia Cosma and Fátima Gebauer will receive funding to develop their projects, which will explore new treatments for retinal degeneration and melanoma metastasis and progression respectively. 

 

Cornering melanoma 

Fatima Gebauer and her team, in collaboration with Maria S. Soengas at the National Cancer Research Centre (CNIO), aim at identifying new genes responsible for the metastatic spread of melanoma tumors, the most aggressive form of skin cancer.

They will explore a novel layer of gene regulation occurring after genes are transcribed into RNA molecules, which act as gene messengers for the synthesis of cellular proteins. Researchers will try to identify a particular family of proteins, named RNA binding proteins (RBPs), that govern all aspects of RNA metabolism. Previous work by Gebauer and collaborators proved the role of one of these proteins in melanoma metastasis and now, this grant will give them the opportunity to carry out a systematic analysis of the function of RBPs, reveal regulatory circuits relevant to melanoma progression and identify novel prognostic factors and therapeutic targets.

 

This 3-year project has been funded with 499,980 € and will involve experts in RNA biology, melanoma and cancer pathology at the CRG, CNIO and VHIR. They also will access large tumour biobanks.

 

Cell regeneration to fight blindness

Maria Pia Cosma and collaborators at the Institute for Bioengineering of Catalonia (IBEC) and the Barraquer Ophtalmology Centre will test their innovative approach for photoreceptor regeneration in Retinitis Pigmentosa

 

Retinal degeneration causing blindness affects millions of people worldwide. Among these devastating diseases, Retinitis Pigmentosa leads to the progressive loss of photoreceptors, a specialized retinal cell type devoted to converting light into signals. Cosma and her team previously showed that transplantation of hematopoietic stem and progenitor cells into a mouse model of Retinitis Pigmentosa leads to retinal regeneration with functional rescue. They demonstrated that this was due to the fusion of the transplanted cells with the retinal Muller Glia cells. This grant will allow them to move one step forward and to prove their findings in humans. 

 

This 3-year project has been funded with 499,519 € and will involve researchers at the CRG, IBEC and the Barraquer Centre.